Resilience of Pacific salmon to climate change

Principal Investigators:

Timothy Beechie, and Mary Ruckelshaus

This working group aims to classify populations or
metapopulations of Pacific salmon along a gradient of sensitivity or resilience to climate change. The group also will examine potential management and conservation strategies that may benefit salmon populations
along that gradient under alternative future climates. Attributes of salmon related to resilience include diversity of species, life history types, and genetics; abundance; and spatial distribution within catchments. This group will compile data on potential response to climate change... more

This working group aims to classify populations or
metapopulations of Pacific salmon along a gradient of sensitivity or resilience to climate change. The group also will examine potential management and conservation strategies that may benefit salmon populations
along that gradient under alternative future climates. Attributes of salmon related to resilience include diversity of species, life history types, and genetics; abundance; and spatial distribution within catchments. This group will compile data on potential response to climate change of continental and local patterns of air temperature and
precipitation, sea level, and currents and ocean conditions in the north Pacific. Responses of these environmental variables or phenomena may affect stream temperature and flows, structure and dynamics of floodplains, condition of estuaries and nearshore systems, and the abundance of food resources or predators.
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